A0 poster size recommended (portrait or landscape), but maximum available dimensions are: 150 cm x 120 cm
| No. | Surname | Name | Affiliation | POSTER title |
| 1 | Albayrak | Samet | Karolinska Institutet | Neural Response to Smells Investigated with MEG: Experimental Setup |
| 2 | Andersen | Jacob | CFIN - NEMOlab group, Aarhus University | Advancements in Functional Imaging of the Spinal Cord: Techniques and Clinical Applications |
| 3 | Andersen | Lau Møller | CFIN, Aarhus University and Department for Linguistics, Cognitive Science and Semiotics, Aarhus University | Somatosensory timing and cerebellar-basal ganglia beta-band interactions in Parkinson’s disease |
| 4 | Arvin | Simon | DCN, CFIN, Aarhus University/Aarhus University Hospital | Intracranial recordings from human subthalamic nucleus and thalamus during perceptual decision-making |
| 5 | Baral | Shristi | Aalto University | Detangling Auditory Linguistic and Visual Object Semantic Integration : MEG study |
| 6 | Celma-Miralles | Alexandre | Center for Music in the Brain, Aarhus University | Neural synchronization to the musical beat relates to the experience of groove |
| 7 | Dalal | Sarang | CFIN, Aarhus University | Fetal visual evoked responses measured with OPMs |
| 8 | Edström | Jesper | Aalto University | Characterization of thalamocortical coherence in ANT DBS for epilepsy |
| 9 | Eklund | Eelis | Aalto University | Active Magnetic Shielding for Magnetoencephalography in a Person-Sized Shield |
| 10 | Flockton | Josephine | University of York | Elucidating the Neural Correlates of Autonomous Sensory Meridian Response: A combined EEG-MEG study. |
| 11 | Gailhard | Solène | Université Claude Bernard Lyon 1, Lyon | Non-Invasive Laminar MEG for Cortical Circuit Analysis: Bridging Modeling and Empirical Evidence |
| 12 | Gerhardsson | Andreas | Karolinska Institutet | From data acquisition to BIDS - a NatMEG-pipeline for SQUID and OPM data |
| 13 | Grön | Mikael | Aalto University | OPM-MEG in a compact magnetic shield |
| 14 | Haver | Guusje | Karolinska Instituttet | Frequency tag strength comparison between conventional and OPM MEG |
| 15 | Heikkinen | Verna | Aalto University Department of Neuroscience and Biomedical Engineering, BioMag laboratory, Aalto University, Helsinki University Hospital | Finding generalizable sleep EEG fingerprints in a large children cohort using latent noise regression modeling |
| 16 | Henttonen | Markus | Aalto University | Auditory evoked responses of domestic cats measured using OPM-MEG |
| 17 | Hietala | Paavo | Aalto University | Measuring inter-subject correlation during movie viewing with OPM-MEG |
| 18 | Kanerva | Niina | Aalto University, BioMag | Classification-based approaches for discerning mild cognitive impairment and subjective cognitive impairment from MEG power spectral densities |
| 19 | Karami | Alireza | Neurospin | Time-Resolved Neural Dynamics of Number and Shape Representations in MEG |
| 20 | Kidmose | Preben | Department of Electrical and Computer Engineering, Aarhus University. | TBA |
| 21 | Kinnunen | Antti | BioMag lab, Helsinki University Hospital | MEG and EEG spectral features in participants with memory concerns |
| 22 | Kobbersmed | Janus R.L. | CFIN, Aarhus University | A novel normative modeling framework for whole-brain MEG/EEG functional connectivity |
| 23 | Kopaeva | Ekaterina | Centre for Languages and Literature, Lund University | Mood dynamically modulates early neural activity during emotional word processing: EEG evidence |
| 24 | Korkealaakso | Sara | Biomag laboratory, Aalto University | Time- and frequency-resolved decomposition of beta brain activity reveals two functionally distinct beta bands differentially modulated by movement |
| 25 | Kruse | Line | Aarhus University | Combining MEG, DBS and Local Field Potentials (LFPs) to measure a subcortical network for temporal predictions |
| 26 | Kuusi | Aino | Aalto University, BioMag | Gaussian processes for movement-related beta dynamics in Parkinson's disease |
| 27 | Kwon | Jinhee | Lund University; Karolinska Institute | Predictive and morphological processing in Swedish word accents: A dual-frequency MEG study |
| 28 | Levy | Jonathan | Aalto University | A shift in alpha oscillations marks the maturation of empathy at the coming of age |
| 29 | Lin | Xiaoshu | University of Jyväskylä | Flexibility of internal attention |
| 30 | Manting | Cassia | Karolinska Institutet/MIT/Harvard | Tuning the Brain: Separating Simultaneous Responses to Reveal How Musicality Enhances Selective Attention |
| 31 | Mononen | Riikka | Aalto University | Retinotopic mapping paradigm for investigating the spatial resolution of MEG |
| 32 | Nurminen | Mila | Aalto University | MEG responses to motor imagery beyond the motor cortex. |
| 33 | Pashootan | Mahshid | Aalto University | Data Requirements for Stable and Reproducible Resting-State EEG features in Mild Cognitive Impairment |
| 34 | Peltonen | Maria | Aalto University | Auditory cortical responses to natural sounds in chronic post-stroke aphasia |
| 35 | Peret | Iulia | Aalto University | Behind the Scenes of an MEG Experiment : A Business Student's Perspective |
| 36 | Pikkarainen | Olli | Department of Neuroscience and Biomedical Engineering, Aalto University | Design and implementation of a demagnetization procedure for a person-sized magnetic shield |
| 37 | Postzich | Christopher | Max Planck Institute for Human Cognitive and Brain Sciences, Leipzig | TBA |
| 38 | Pultsina | Kristina | Centre for Interdisciplinary Brain Research, University of Jyväskylä | Investigating Sympathetic Arousal Through Brain–Body Coupling: A MEG and EDA Study |
| 39 | Quiroga-Martinez | David Ricardo | Department of Psychology, University of Copenhagen | Brain dynamics of mental manipulation |
| 40 | Roos | Santtu | Aalto University | Efficacy of optically pumped magnetometers in detecting activity from the cerebellar cortex |
| 41 | Ruuskanen | Santeri | Aalto University | Corticokinematic coherence during leader–follower coordination in the mirror game |
| 42 | Sadeghi Shabestari | Payam | Neuroscience Center Zurich, University of Zurich & ETH Zurich | Advancing neurofeedback in tinnitus |
| 43 | Shreya | Sonal | Aarhus University | Neuromorphic Spin-Electronics Meets the Brain: Hardware Pathways to Cognitive Computing |
| 44 | Valkeavirta | Venla | Aalto University / BioMag | Detecting age-related neural changes in picture naming with MEG |
| 45 | Vinding | Mikkel | University of Copenhagen | Testing the reliability of processed MEG signals |
| 46 | You | Jiaxin | Aalto University | redictive coding narrows the gap between convolutional networks and human brain function in misspelled-word reading |
| 47 | Zahran | Saeed | Heinrich Heine University, Düsseldorf | Modeling Anesthetic-Induced Changes in Brain Oscillations: Bridging EEG and MEG through Large-Scale Neural Modeling |
| 48 | Zamorano | Anna | Center for Music in the Brain, Aarhus University | Prior experience explains periodic and aperiodic EEG dynamics during the development of persistent pain |
| 49 | Zubarev | Ivan | Aalto University | DIPR - Deep Interpretable Predictive Regression for Explorative MEG analysis. |
